Skip to page content
Return to Top

Welcome to the Accelerator and Materials Research Group!

man

About the Lab

Particle accelerators are outstanding teaching tools for training physics students in research techniques as well as an exciting way to do a wide rang of instruction labs including measuring the rest energy of an electron, proving Einstein's equation E=MC2, and measuring the size of the nucleus. The accelerator facility in the Physics Program at Tarleton State University is an undergraduate physics teaching and research facility and one of only 6 undergraduate tandem facilities in the U.S. Dr. Marble's past undergraduate research assistants have gone to graduate school at MIT, Stanford, Rice, UT,A&M,  and many other fine schools as well as being selected for summer REU programs at CALTECH, UNT, TCU, etc.

Dr. Marble's accelerator group performs a wide range of research including basic ion-atom collision studies and the use of nuclear technique for materials analysis for electronics and environmental engineering studies. Some of the techniques available include Rutherford Backscattering Spectrometry (RBS) and Channeling, Forward Recoil Spectrometry (RFS) which is also known as ERD, Nuclear Reaction Analysis (NRA), and Particle Induced X-ray Emission (PIXE). The laboratory has a wide range of detectors including large NaI well detector, 40% efficiency HpGe gamma ray detector with environmental shield, and ultra-thin x-ray detector capable of detecting elements down to Be. 

PARTIAL LIST OF PAST Research Funding
Funding Grant Research
National Science Foundation Grant #DMR-0210162 Ion and Radical Beam Tailored Oxide, Nitride, and Germanide Electronic Film Materials
National Science Foundation Grant #DMR-0216571 High Sensitivity Profiling of Hydrogen and Nitrogen Using Nuclear Reaction Analysis
2002 Tarleton Organized Research Grant
2003 Tarleton Organized Research Grant
2004 Tarleton Organized Research Grant
2005 Tarleton Organized Research Grant
Research Corporation Grant#CC5064 High Sensitivity Detection of Hydrogen in Wide Band Gap Semiconductors Using Nuclear Reaction Analysis.
Nuclear Power Institute Grants (2008-2013)

More Info

Dr. Daniel K. Marble

Tarleton Physics Program/Texas Physics Consortium

marble@tarleton.edu

254-968-9880